4 15 Points General Practice Engineering Science Equations Plotted Lines Discrete Data Sym Q43871336
In Matlab R2019a
4. (15 Points) it is general practice in engineering and science that equations be plotted as lines and discrete data as symbols. The measured charge on a capacitor, Q, at time, t, is found to be: t 10 .1 20 4.8 30 6.5 40 6.5 50 7.0 60 7.3 70 7.4 80 7.5 Q 3 The theoretical equation for this capacitor is Q(t) = 8 (1-el-a) where the time is in seconds (s) and the charge is in coulombs (C). Use MATLAB to create a plot displaying both the data (using black asterisk symbols) and the function (using a solid blue line). Include the x and y axis labels (with units in brackets). Plot the theoretical function for t=0 to 100. Do not use the Matlab hold function (just use the plot command) and include a legend indicating which is “Theory and which is “Measured in the lower right corner. Title the plot “Homework 1. Problem 3”. Show transcribed image text 4. (15 Points) it is general practice in engineering and science that equations be plotted as lines and discrete data as symbols. The measured charge on a capacitor, Q, at time, t, is found to be: t 10 .1 20 4.8 30 6.5 40 6.5 50 7.0 60 7.3 70 7.4 80 7.5 Q 3 The theoretical equation for this capacitor is Q(t) = 8 (1-el-a) where the time is in seconds (s) and the charge is in coulombs (C). Use MATLAB to create a plot displaying both the data (using black asterisk symbols) and the function (using a solid blue line). Include the x and y axis labels (with units in brackets). Plot the theoretical function for t=0 to 100. Do not use the Matlab hold function (just use the plot command) and include a legend indicating which is “Theory and which is “Measured in the lower right corner. Title the plot “Homework 1. Problem 3”.
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Answer to 4. (15 Points) it is general practice in engineering and science that equations be plotted as lines and discrete data as…
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